export const EXPERIMENT_MESSAGES = {
  quantitationStandardCurve: "Use standards to determine the absolute quantity of target nucleic acid sequence in samples",
  quantitationRelativeStandardCurve: "Use standards,a reference sample,and an endogenous control to determine the relative quantity of target nucleic acid sequence in samples",
  quantitationComparativeCq: "Use a reference sample and an endogenous control to determine the relative quantity of target nucleic acid sequence in samples",
  meltCurve: "Determine the melting temperature of a target nucleic acid sequence in samples and identify nonspecific PCR amplification",
  genotyping: "Detect single nucleotide polymorphism variants of a target nucleic acid sequence in samples",
  presence: "Detect a target nucleic acid sequence in a sample",
  fastBlockTemperature: "For opimal results with the Fast ramp speed,recommends using Fast reagents for your PCR reactions",
  standardSampleTemperature: "For opimal results with the Standard ramp speed,recommends using Standard reagents for your PCR reactions"
};
export const EXPERIMENT_MESSAGES_CN = {
  quantitationStandardCurve: "用标准品确定样品中目标核酸序列的绝对数量",
  quantitationRelativeStandardCurve: "使用标准品、参考样品和内源性对照来确定样品中目标核酸序列的相对数量",
  quantitationComparativeCq: "使用参考样品和内源性对照来确定样品中目标核酸序列的相对数量",
  meltCurve: "确定样品中目标核酸序列的解链温度，并识别非特异性PCR扩增",
  genotyping: "检测样品中目标核酸序列的单核苷酸多态性变异",
  presence: "检测样品中的目标核酸序列",
  fastBlockTemperature: "为了获得快速运行模式的最佳结果，建议您使用快速试剂进行PCR反应",
  standardSampleTemperature: "为了获得标准运行模式的最佳结果，建议您使用标准试剂进行PCR反应"
};